refactor

system/kernel/tests.zig

@@ -872,7 +872,7 @@ fn ipcClient() void {
 /// prove the block/wake and reply-routing paths. (Kernel tasks, so no user ELF.)
 fn ipcCallTest() void {
     log("DANOS-TEST-BEGIN: ipc-call\n", .{});
-    ipc_endpoint = ipcsync.createEndpoint().?;
+    ipc_endpoint = ipcsync.createIpcEndpoint().?;
     ipc_replies_ok = false;
     ipc_done = false;
     scheduler.spawn(ipcServer, 5); // above this task, so the workers run
@@ -900,7 +900,7 @@ var cap_done: bool = false;
 /// verify it, then reply handing back a capability of its own.
 fn capServer() void {
     const me = scheduler.current();
-    cap_ep_y = ipcsync.createEndpoint().?;
+    cap_ep_y = ipcsync.createIpcEndpoint().?;
     const h_y = ipcsync.installHandle(me, cap_ep_y); // the handle to send back in the reply
 
     var reply_buffer: [8]u8 = .{0} ** 8;
@@ -923,7 +923,7 @@ fn capServer() void {
 /// Client half of "open": mint a capability, send it in a call, receive one back.
 fn capClient() void {
     const me = scheduler.current();
-    cap_ep_x = ipcsync.createEndpoint().?;
+    cap_ep_x = ipcsync.createIpcEndpoint().?;
     const h_x = ipcsync.installHandle(me, cap_ep_x);
 
     var message: [8]u8 = .{0} ** 8;
@@ -945,7 +945,7 @@ fn capClient() void {
 /// equal) and was *shared*, not moved (refcount bumped to 2).
 fn capabilityTest() void {
     log("DANOS-TEST-BEGIN: ipc-cap\n", .{});
-    cap_endpoint = ipcsync.createEndpoint().?;
+    cap_endpoint = ipcsync.createIpcEndpoint().?;
     cap_server_got_x = false;
     cap_client_got_y = false;
     cap_done = false;
@@ -1017,7 +1017,7 @@ fn dmaTest() void {
 /// the device-claim check and lands its first real use with the first PCI driver.
 fn msiTest() void {
     log("DANOS-TEST-BEGIN: msi\n", .{});
-    const endpoint = ipcsync.createEndpoint().?;
+    const endpoint = ipcsync.createIpcEndpoint().?;
 
     const flags = sync.enter();
     const vector = irq.msiBind(endpoint, 0) catch {
@@ -1567,7 +1567,7 @@ fn irqFreeTest() void {
         return;
     };
 
-    const endpoint = ipcsync.createEndpoint() orelse {
+    const endpoint = ipcsync.createIpcEndpoint() orelse {
         check("allocated an endpoint", false);
         result();
         return;